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Maintaining optimal temperature, humidity, light levels, and air quality to prevent damage to artworks. Usually involves climate control systems and regular monitoring.

Protecting cultural heritage by minimizing deterioration and damage without altering the art itself. It includes environmental monitoring, handling guidelines, and disaster planning.

Developing and following guidelines for the safe movement and installation of artworks, both within and between institutions. May involve custom packing, crating, and climate-controlled transit.

A strategy focused on preventing pest infestations in museum collections without the excessive use of harmful chemicals. Includes pest monitoring and use of non-toxic methods for control.

The process of treating damaged artworks to stabilize their condition. Techniques might include cleaning, repairing, and sometimes even restoring to the presumed original state.

Creating plans to protect artworks in case of disasters, such as floods, fires, and earthquakes. This involves risk assessments, preparation of emergency kits, and training of personnel.

Periodic examination of collections to identify any signs of deterioration or damage early on, allowing for timely intervention and minimizing the need for invasive treatments.

Adjusting and controlling light exposure to minimize damage to sensitive materials. This may include using UV filters, reducing light levels, and cycling exhibitions.

Comprehensive reviews of the condition and needs of the entire collection, which help in prioritizing conservation efforts and allocating resources efficiently.

Educating museum staff and volunteers in the proper care and handling of artworks to prevent accidental damage. This often includes workshops and regular update sessions.

The practice of examining and documenting the state of an artwork at a specific point in time. It's crucial for monitoring changes over time and before and after loans.

Implementing systems to remove or reduce airborne pollutants, such as dust, soot, and chemical vapors, which might cause corrosion, staining, or other forms of damage to the collection.

Implementation of measures to reduce vibrations from internal and external sources to prevent damage to objects. Can involve the use of isolating mounts and buffers.

The regulation of moisture in the air within strict parameters to prevent organic material from expanding, contracting, or otherwise deteriorating. Typically involves HVAC systems and silica gel.